Women continue to face serious obstacles when pursuing a scientific career in Switzerland, with the juggle of family life and research particularly difficult.
Research shows women are underrepresented in scientific and technological fields, and the higher up the ladder one climbs, the fewer the women. The crux: having children is a big disadvantage when it comes to building up a scientist’s essential body of research.
“Science is like a bottomless pit. You can put endless hours into it. And basically it’s all-consuming,” said Susan Gasser, a leading biologist awarded this year’s European Molecular Biology Organization (EMBO) and the Federation of European Biochemical Societies (FEBS) Women in Science Award.
“A single woman and single man pretty much start the race at the same point but it’s almost inevitable that most women have to take breaks for childbearing and raising. Then it’s all about a balancing act to stay at the forefront.”
A woman will have to recognise from the outset that she “probably won’t be the best scientist or mother” she can be, Gasser (a mother of one) told swissinfo.ch. Instead she will have to compromise.
Over the past 30 years Gasser has authored more than 200 scientific articles and reviews. She now heads the Friedrich Miescher Institute for Biomedical Research in Basel. The EMBO/FEBS award recognised her “exceptional achievements” as a female researcher in molecular biology and as a mentor.
“I’ve received a few other awards but this one is special because it recognises something beyond just doing good science. They recognise that you have also been a role model and perhaps mentored other younger women in a field where women are obviously underrepresented.”
A 2009 report for the European Union found that in Switzerland, women were underrepresented in technical sciences (27 per cent) and technology and IT (six per cent), but were overrepresented in social sciences (65 per cent) and health (86 per cent).
Gender equality is currently the subject of a major national research programme in Switzerland. The so-called NRP 60 aims to identify the root causes of gender inequalities, review equality policy and come up with recommendations for sustainable policy and practices. A final report will be submitted to the government in 2014.
One of the projects is looking at women in one of the most male-dominated professions: engineering. While there is a gender gap in this area globally, Switzerland is also below the European Union average when it comes to women studying engineering at university.
The researchers are studying cultures within companies and the impact on women’s career chances. Case studies have been done at ten different Swiss firms, with line managers, human resources and male and female engineers all interviewed. The conclusion so far is that company culture has a “very strong influence” on job progression.
“We have found that there are strong obstacles for women in the technical field at every stage of the career ladder,” one of the project leaders, Anja Umbach-Daniel, told swissinfo.ch.
“What we see right now from line managers and HR is that they are not aware of the obstacles. They think there are no problems for women and they have equal opportunities, but on the other side we hear from the women themselves that they have problems climbing the career ladder.”
The project aims to uncover exactly what these obstacles are.
It’s a similar picture in most EU countries. According to 2007 EU figures, only three countries – Latvia, Lithuania and Poland - had equal numbers of male and female scientists and engineers. On average, 32 per cent of scientists and engineers in the EU were women. Switzerland ranked at the bottom, with just 18 per cent of women in this category.
“One of the greatest problems in gender equality lies in the scientific and technical professions,” confirmed Etiennette Verrey, president of the Swiss Federal Commission for Women’s Issues.
She said that from a legal point of view women had equal rights in each field and “we’re on the right track” with the national research programme. But there was still a great need for a change in mentalities and in support systems.
Crèches have long waiting lists and Verrey called on both the state and companies to help with improving childcare facilities.
“In Switzerland there’s still this idea that the mother has to stay with the child. And for a scientific career this is impossible. Because if a woman leaves her professional life for one to two years, she virtually cannot return to it again. The reconciliation of work and family life is a very big problem,” she told swissinfo.ch.
People’s understanding of gender roles had to change too, she said. School programmes encouraging girls to do scientific subjects have had little success so far. One idea being discussed in Switzerland is for girls and boys to be taught separately in certain subjects, to remove the element of competition between the sexes.
“So girls do not have in mind that ‘I am a girl and therefore I’m bad at mathematics’.” In the United States, for example, there are elite women’s universities, Verrey added – something Switzerland does not have.
Having goals is also important, Susan Gasser noted. “Both my grandmother and my mother had careers. It wasn’t a question for me, I wanted this. I wanted a scientific career and a family.”
Learning how to balance family and work life can also have its positive side, she said, as it forces women to become more efficient, which in turn can help them become better scientists. Mentoring is also vital.
“The reason I think mentoring is important for women is that sometimes men don’t understand the pressures on a woman because they don’t know what it means to feel this split between family and career. There’s really strong pressure that can be put on you – are you being a good mother or not?”
Her advice to women embarking on a scientific career? Know what you want, “marry the right man”, be pragmatic and ready to sacrifice.